Sponsor or institution
Clinical trials and research at Wichita State University
As of November 12, 2026, Find a Trial lists 22 NIH-funded research projects at this institution, with $10.4 million in listed awards. Every study is explained in plain English. Data from ClinicalTrials.gov and NIH RePORTER, updated November 12, 2026.
- 22NIH research projects
NIH-funded research (22)
Early-stage science funded by the US National Institutes of Health. Most of these projects don't enroll patients, but they show what is being worked on.
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Ultra-sensitive micro-resonator to boost EPR signals for scarce protein samples
Aiming to make a tiny device that greatly increases the sensitivity of X-band EPR spectroscopy so scientists can study proteins and other biomolecules that are available only in small amounts.
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Age-related changes in FSH sugar tags and how they affect fertility and bones
A study to understand how changes in the sugar molecules attached to follicle-stimulating hormone (FSH) as women age affect fertility and bone health.
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Understanding how aging changes FSH signals affect the FSH receptor
This research looks at how aging alters FSH hormones and how their different forms interact with the FSH receptor in the ovary to influence cellular signaling.
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Role of FSH glycoforms in ovarian aging and granulosa cell function
A study in ovarian cells and aging mice will explore how different forms of FSH influence cell signals and genes involved in aging and fertility.
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Bioinformatics and Genomics Core supports multi-omics data for research
A core group at a university provides advanced data analysis, storage and training to help research projects use multi-omics data.
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Glycoform production and analysis of human FSH to support fertility research
A core facility helps produce and purify human FSH glycoforms to support multiple fertility-related projects.
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Aging and Hormone Signals: How FSH Glycoforms Change with Age
A large NIH project is exploring how different forms of a hormone called FSH change as people age and what that means for aging and fertility.
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Impact of Exercise on Aging Stem Cells in Diabetes and Heart Disease
A researcher at Wichita State University is studying how endurance exercise might influence aging stem cells in the body, with potential benefits for people with adult-onset diabetes and cardiovascular disease.
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Tunable Protein Linkers in Palladin: How Linker Length and Phosphorylation Shape Cell Skeleton
A study to understand how the flexible linkers between Palladin protein domains affect cell movement and mechanics, with findings that could inform therapies targeting cell behavior.
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How aging changes the sugar tags on the fertility hormone FSH and its effects
This work looks at whether age-related changes in the sugar coating of the fertility hormone FSH change how women's ovaries respond and might contribute to fertility decline and bone loss.
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How aging changes in FSH and its receptor affect ovarian follicle cells
Researchers are looking at how different forms of the fertility hormone FSH and age-related changes in its receptor affect the ovarian cells that support egg development.
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How sugar changes on FSH affect ovarian cell signaling
This work looks at how different sugar attachments on the hormone FSH change signals in ovarian cells that help control fertility as women age.
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How age-related forms of the hormone FSH affect ovaries and bones
Researchers are comparing younger and older forms of the hormone FSH to learn how they influence ovarian function and age-related bone loss in women.
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How pituitary and reproductive hormones change with aging
This work looks at different forms of the fertility hormone FSH and how those forms change with age in women to better understand declining fertility.
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How exercise affects aging stem cells
This study is looking at how regular exercise can help improve the health and function of aging stem cells in the gut and testicles, which could lead to better ways to keep us healthy as we get older.
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Investigating a receptor involved in Alzheimer's disease
This study is looking at a special protein called TREM2 to see how it works in Alzheimer's disease, with the goal of finding new ways to treat the condition.
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Investigating how Myopalladin affects heart muscle function and disease.
This study is looking at a protein called Myopalladin that helps heart muscle cells work properly, and by understanding how it interacts with other parts of the cell, we hope to find new ways to treat heart diseases that affect many people.
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Understanding how myopalladin affects heart muscle function and disease
This study is looking at a protein called myopalladin to see how it affects heart muscle function and how changes in this protein might lead to heart problems, with the hope of finding new treatments that could help patients with heart conditions.
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Targeting a specific receptor to improve treatments for Alzheimer's disease
This study is exploring a special receptor called TREM2 to help scientists find new ways to treat Alzheimer's disease, which could lead to better options for patients looking to slow down or stop the progression of their condition.
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Creating a smart telehealth system to monitor heart health in older adults
This study is testing a new telehealth system that helps keep track of heart and physical activity for older adults, making it easier to spot any heart issues early while also making sure it's easy for them to use and understand.
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Developing a wearable device to monitor fetal heart rates
This study is testing a new, easy-to-use device that can safely check your baby's heart rate without any wires, and it's designed for pregnant women in rural areas to help make sure both moms and babies stay healthy.
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Understanding how myopalladin affects heart muscle function and disease
This study is looking at a protein called myopalladin to understand how changes in it can lead to heart muscle diseases, and it aims to find new ways to help people with these conditions.
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